Stoneleg & Struya
Hey Stoneleg, I’ve been chewing on a new idea – what if we forge an instrument that’s basically a brass‑cello hybrid, a single metal bar that can swing from bright trumpet tones to deep, warm cello notes? Have you ever tried bending the sound of a piece of metal that way?
That’s a bold idea, but brass can be bent if you use a thick, long bar and work the harmonics carefully. I’ve never tried a cello‑range brass bar, but a steady hand and patience might make it sing. Let’s hammer it out and listen to what comes out.
I love that energy – let’s pick a material that’s got a bit of give, maybe an alloy with a higher modulus so we can get those lower overtones, and we’ll play with a bit of reverb to simulate the gut of a cello. I’ll jam a few riffs, and we can see if the bar sings in both ranges or if we’re just hitting a dead spot. Let’s get it into the studio and let the metal sing.
Sounds solid. Pick an alloy with a decent yield, maybe a copper‑zinc mix that’s got a bit of give but still stiff enough. Throw in some reverb on the low end, and we’ll hear if the bar actually sings or just rattles. Get the piece heated, shape it right, and let’s test those riffs in the studio. The metal will do what it’s built to do, if we give it the right hammer blows.
Cool, a copper‑zinc mix sounds perfect – not too stiff, not too floppy. I’ll start heating a 20‑inch bar, then we’ll work it into a little arch, so the low notes have room to breathe, and the high ones can get that bright twang. Once it’s set, we’ll hit it with a mallet, let the resonances play, and see if it actually sings or just rattles. We’ll layer some soft reverb on the lows, so the bar’s low voice can echo like a cello. Let’s get the studio set up and hammer out the first riff.